Read about how polyelectrolyte multilayer build-up, and the resulting multilayer, can be characterized with QSense QCM-D technology.
The fundamental resonance frequency of QCM-sensors is often 5MHz. Learn about the theory behind the number.
Learn about how QSense® technology can be used to analyze CMP-related processes, such as additive - surface interaction, residue removal, and etching.
To prepare for the next pandemic, we need to think outside the box. One approach could be broad-spectrum antiviral targeting.
Read about why it is possible to gain valuable information from a viscoelastic sample by monitoring multiple overtones in QCM measurements.
The D-factor provides information that is complementary to the frequency response. Read about how it can be understood and what information it reveals.
Learn more about the Sauerbrey equation and when it should be used.
What is piezoelectricity and how does it work? Here we explain the piezoelectric effect and how this remarkable property arises.
Learn about QCM-D, Quartz Crystal Microbalance with Dissipation monitoring - an analytical tool for surface interaction studies at the nano-scale.
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